Question

Tyrone analyzes the emission spectrum of an unknown element. He observes two discrete lines at 600 nm and 650 nm, and he sees many lines corresponding to shorter wavelengths, with the strongest line being at 475 nm. Which emission spectrum is Tyrone most likely analyzing?

a) A line spectrum with one black line in purple, blue, light blue, and red.
b) A line spectrum with 3 black lines in purple, one black line in blue, 2 black lines in light blue, one black line in orange, and one black line in orange-red.
c) A line spectrum with 3 black lines in purple, 2 black lines in blue, 2 black lines in light blue, one black line in green, and one black line in yellow.
d) A line spectrum with 4 black lines in blue, 6 black lines in green, 3 black lines in yellow, and one black line in orange.

Answer 1

Tyrone is most likely analyzing a line spectrum with black lines in multiple colors.

Step-by-step explanation:

The emission spectrum that Tyrone is most likely analyzing is option c) A line spectrum with 3 black lines in purple, 2 black lines in blue, 2 black lines in light blue, one black line in green, and one black line in yellow.

In the given information, Tyrone observed two discrete lines at 600 nm and 650 nm, indicating the presence of purple and red colors respectively. Additionally, he also saw many lines corresponding to shorter wavelengths, with the strongest line being at 475 nm, which corresponds to the blue color. These observations match with option c, which includes lines in purple, blue, light blue, green, and yellow. Therefore, option c is the most likely emission spectrum Tyrone is analyzing.